CN106331118A - A data processing system, a public cloud server and private cloud servers in an internet of things - Google Patents
A data processing system, a public cloud server and private cloud servers in an internet of things Download PDFInfo
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- CN106331118A CN106331118A CN201610738396.9A CN201610738396A CN106331118A CN 106331118 A CN106331118 A CN 106331118A CN 201610738396 A CN201610738396 A CN 201610738396A CN 106331118 A CN106331118 A CN 106331118A
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- Prior art keywords
- cloud server
- owned cloud
- privately owned
- data message
- equipment end
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
Abstract
The invention discloses a data processing system in an internet of things. The internet of things comprises device ends and application ends. The data processing system comprises a public cloud server and private cloud servers. The public cloud server is used for sending data information of the device ends registered in the same private cloud server to the same private cloud server, wherein the device ends registered in the same private cloud server have the same origin; and the private cloud servers are used for sending the received data information to the application ends associated therewith. The data processing system can improve data information processing capability of the cloud server, and improves safety of the data information.
Description
Technical field
The present invention relates to technical field of data processing, particularly to the data handling system in Internet of Things, publicly-owned cloud service
Device and privately owned Cloud Server.
Background technology
Cloud computing server (hereinafter referred to as Cloud Server) is used for providing infrastructure services based on the Internet to people,
Today growing in the Internet, people often use Cloud Server to store, calculate and receive internet data information.
Because user group is the hugest, Cloud Server need to process substantial amounts of data message, on the one hand, the resource of Cloud Server
Limited, the processing data information ability how improving Cloud Server becomes the problem needing to solve, and on the other hand, how to ensure cloud
Data information security on server also becomes the problem needing to solve.
Summary of the invention
The embodiment of the present invention provides a kind of data handling system, can improve the processing data information ability of Cloud Server,
And improve the safety of data message.
The embodiment of the present invention provides a kind of publicly-owned Cloud Server and a kind of privately owned Cloud Server, can improve Cloud Server
Processing data information ability, and improve the safety of data message.
Data handling system in embodiment of the present invention Internet of Things, described Internet of Things includes equipment end and application end；
Described publicly-owned Cloud Server, will be registered in the data message of the described equipment end of same described privately owned Cloud Server
It is sent to same described privately owned Cloud Server；Wherein, the described equipment end tool of same described privately owned Cloud Server it is registered in
There is same source；
Described privately owned Cloud Server, for being sent to the described application end associated with self by the data message received.
Visible, in embodiment of the present invention Internet of Things data handling system, privately owned Cloud Server is same next by receive
The data message of the equipment end in source is synchronized to the application end associated with self, and publicly-owned Cloud Server is without directly handing over application end
Mutually, the processing data information ability of publicly-owned Cloud Server can the most both be improved, it is also possible to guarantee the equipment end in same source
Data message is not obtained by the privately owned Cloud Server in other sources corresponding, improves the safety of data message.
Optionally, described publicly-owned Cloud Server, including:
First acquisition module, for obtaining the data message of described equipment end；The data message of described equipment end carries
The mark of described equipment end；
First memory module, the corresponding relation of mark with described privately owned Cloud Server for storing described equipment end；
First sending module, for the corresponding relation of the mark according to described equipment end with described privately owned server, will note
Volume is sent to same described privately owned Cloud Server in the data message of the described equipment end of same described privately owned Cloud Server.
Visible, publicly-owned Cloud Server utilizes the mark of the equipment end of storage and the corresponding relation of privately owned Cloud Server, it is achieved
The data message being registered in the equipment end of same privately owned Cloud Server is sent to same privately owned Cloud Server.
Optionally, described privately owned Cloud Server, including:
Second acquisition module, for receiving the data message that described publicly-owned Cloud Server sends；
Second memory module, for storing the corresponding relation of the application end of described privately owned Cloud Server and association thereof；
Second sending module, for according to described privately owned Cloud Server and the corresponding relation of the application end of association thereof, will connect
The data message received is sent to the described application end associated with self.
Visible, privately owned Cloud Server utilizes privately owned Cloud Server and the corresponding relation of associated application end thereof of storage, will connect
The data message received is sent to the application end associated with self, it is achieved the data message from equipment end to application end synchronizes.
Optionally, described second sending module, including:
Authority configuration submodule, for storing the privileges configuration information of the described described application end associated with self；
Send submodule, for according to described privileges configuration information, be sent to the data message received close with self
The described application end of connection.
Visible, privileges configuration information is set for application end, it is possible to achieve different data messages is pressed by privately owned Cloud Server
It is sent to different application end so that different application end has the reception data message of differentiation according to privileges configuration information.
Optionally, described privileges configuration information, including:
The classification of data message and the Permission Levels of each described classification correspondence；With,
The Permission Levels that described application end is corresponding.
Optionally, described transmission submodule, including:
Analyzing sub-module, for the Permission Levels that the classification according to described data message and each described classification are corresponding, solves
The classification of the data message that analysis receives and Permission Levels；
Matched sub-block, the Permission Levels receiving data message for coupling and the described application end that associates with self
Permission Levels；
Implementation sub-module, for the data message that will receive, be sent to that the match is successful associate with self described in answer
With end.
Visible, differentiations based on Permission Levels, can be that application end provides the different data messages from equipment end, from
And more targeted synchrodata information.
Optionally, described privately owned Cloud Server, including:
3rd memory module, for storing the privately owned number in described same source corresponding to the described equipment end being registered in self
According to.
Visible, privately owned Cloud Server can be also used for preserving the private data in described same source, not only saves data
The local memory space preserved, also ensures that the safety of data.
Optionally, described application end passes through checking on the described privately owned Cloud Server of association.
Visible, the application end associated with a privately owned Cloud Server is required on this privately owned Cloud Server by checking,
So that it is guaranteed that the safety of data message.
Publicly-owned Cloud Server in embodiment of the present invention Internet of Things, described Internet of Things includes equipment end；
It is characterized in that, described publicly-owned Cloud Server includes: processor and memorizer；
Described memorizer, is used for storing operational order；
Described processor, for performing the operational order in described memorizer, will be registered in same privately owned Cloud Server
The data message of described equipment end be sent to same privately owned Cloud Server；Wherein, it is registered in same privately owned Cloud Server
Described equipment end there is same source.
Privately owned Cloud Server in the Internet of Things of the embodiment of the present invention, described Internet of Things includes equipment end and application end；
It is characterized in that, described privately owned Cloud Server registers with the described equipment end with same source；Described privately owned
Cloud Server includes: processor and memorizer；
Described memorizer, is used for storing operational order；
Described processor, for performing the operational order in described memorizer, sends the publicly-owned Cloud Server received
Data message be sent to the described application end that associates with self；The data message that described publicly-owned Cloud Server sends is for from institute
State the described equipment end with same source.
Accompanying drawing explanation
Fig. 1 be the embodiment of the present invention an example in the block diagram of data handling system in Internet of Things；
Fig. 2 is the block diagram of publicly-owned Cloud Server 11 in system shown in Figure 1；
Fig. 3 is the block diagram of privately owned Cloud Server 12 in system shown in Figure 1；
Fig. 4 is the block diagram of the second sending module 123 in privately owned Cloud Server 12 in system shown in Figure 1；
Fig. 5 is the block diagram according to a kind of server 1900 shown in an exemplary embodiment.
Detailed description of the invention
Understandable for enabling the above-mentioned purpose of the present invention, feature and advantage to become apparent from, below in conjunction with the accompanying drawings and embodiment
It is described in further detail.
Fig. 1 be the embodiment of the present invention an example in the block diagram of data handling system in Internet of Things.As it is shown in figure 1,
Data handling system includes: publicly-owned Cloud Server 11 and privately owned Cloud Server 12.Fig. 1 also show the equipment end in Internet of Things
13 and application end 14.Data handling system shown in Fig. 1 is responsible for the processing equipment end 13 data message synchronization to application end 14.
As it is shown in figure 1, privately owned Cloud Server 12 can be one or more, equipment end 13 can be one or more, should
Can also be one or more with end 14.Publicly-owned Cloud Server 11 receives the data message that all of equipment end 13 reports.Each
Equipment end 13 can register a privately owned Cloud Server 12, and each privately owned Cloud Server 12 can associate one or more application end
14.It is registered in the equipment end 13 on same privately owned Cloud Server 12, there is same source, such as, produced by same manufacturer,
Common, this privately owned Cloud Server 12 is also bought by this manufacturer and safeguards.Be associated on same privately owned Cloud Server 12 should
With end 14, all could be associated by the checking of this privately owned Cloud Server 12, wherein checking can be by this privately owned Cloud Server
Preset verification condition on 12 to realize, it is also possible to realized by the attendant of this privately owned Cloud Server 12.
As it is shown in figure 1, publicly-owned Cloud Server 11, the data of the equipment end 13 of same privately owned Cloud Server 12 will be registered in
Information is sent to same privately owned Cloud Server 12.
Privately owned Cloud Server 12, the data message of equipment end 13 that will receive, it is sent to the application end associated with self
14。
Visible, in embodiment of the present invention Internet of Things data handling system, privately owned Cloud Server 12 is same by receive
The data message of equipment end 13 in source is synchronized to the application end 14 associate with self, publicly-owned Cloud Server 11 without directly with answer
Mutual with end 14, the most both can improve the processing data information ability of publicly-owned Cloud Server 11, it is also possible to guarantee same source
The data message of equipment end 13 do not obtained by the privately owned Cloud Servers 12 in other sources corresponding, improve the safety of data message
Property.
Publicly-owned Cloud Server 11 in the embodiment of the present invention only provides service logical for equipment end 13 and privately owned Cloud Server 12
Road, or further provide for data information memory function, the content of data message it is not identified and processes, by privately owned cloud service
The content of data message is identified and processes by device 12, thus alleviates the processing load of publicly-owned Cloud Server 11, showing hereafter
In example, detailed description will be given.
Fig. 2 is the block diagram of publicly-owned Cloud Server 11 in system shown in Figure 1.As a kind of example, publicly-owned Cloud Server 11 wraps
Include: the first acquisition module the 111, first memory module 112 and the first sending module 113.
First acquisition module 111, for obtaining the data message of equipment end 13.The data message of equipment end 13 carries and sends out
Give the mark of the equipment end 13 of this data message.
First memory module 112, for mark and the corresponding relation of privately owned Cloud Server 12 of storage device end 13.
First sending module 113, for the corresponding relation of the mark according to equipment end 13 with privately owned server 12, will registration
Data message in the equipment end 13 of same privately owned Cloud Server 12 is sent to same privately owned Cloud Server 12.
Visible, publicly-owned Cloud Server 11 can store each relevant in one or more privately owned Cloud Server 12
Information.For each privately owned Cloud Server 12, publicly-owned Cloud Server 11 is except the information of this privately owned Cloud Server 12 of storage itself, example
Such as mailing address, server identification etc., also store the equipment end 13 with same source corresponding with this privately owned Cloud Server 12
Mark.The equipment end 13 with same source can be registered at a corresponding privately owned Cloud Server 12 in advance, such as, set
The production firm of standby end 13 often sells an equipment end 13, can be by that privately owned cloud being registered to correspondence of this equipment end 13
In server 12.The most each privately owned Cloud Server 12 can know the equipment end 13 with same source corresponding with self
Mark, and the mark of these equipment end 13 is reported publicly-owned Cloud Server 11.Equipment end on privately owned Cloud Server 12
13 when being identified with updating, privately owned Cloud Server 12 just can report once to publicly-owned Cloud Server 11.
Further, carrying the mark of self in the data message of equipment end 13, the most public Cloud Server 11 can basis
Mark and the corresponding relation of privately owned Cloud Server 12 of the equipment end 13 stored, the data message of equipment end 13 that will get
It is sent to the privately owned Cloud Server 12 of correspondence.
Publicly-owned Cloud Server 11 can be transmitted to privately owned cloud service after the data message receiving a certain equipment end 13
Device 12, it is also possible to kept in by the data message received, is sent to privately owned cloud by temporary data message to schedule
Server 12.Here scratch pad operation can be realized by above-mentioned first acquisition module 111.
Fig. 3 is the block diagram of privately owned Cloud Server 12 in system shown in Figure 1.As a kind of example, privately owned Cloud Server 12 wraps
Include: the second acquisition module the 121, second memory module 122 and the second sending module 123.
Second acquisition module 121, for receiving the data message that publicly-owned Cloud Server 11 sends.
Second memory module 122, for storing the corresponding relation of the application end 14 of privately owned Cloud Server 11 and association thereof.
Second sending module 123, is used for according to privately owned Cloud Server 12 and the corresponding relation of the application end 14 of association thereof, will
The data message received is sent to the application end 14 associated with self.
Visible, privately owned Cloud Server 12 can store one or more and self associated application end 14 relevant information,
Application end 14 can be mounted to the client on user terminal.
Further, as the optional embodiment of one, for same privately owned Cloud Server 12, can be to be associated with
Different application end 14 different authorities is set, so that the privately owned cloud of reception that different application end 14 can have differentiation takes
The data message from equipment end 13 that business device 12 sends.In this case, as shown in Figure 4, in privately owned Cloud Server 12
Second sending module 123 may include that authority configuration submodule 1231 and sends submodule 1232.
Authority configuration submodule 1231, for the privileges configuration information of the application end 13 that storage associates with self.
Send submodule 1232, for according to privileges configuration information, be sent to the data message received close with self
The application end 14 of connection.
Further, as the optional embodiment of one, privileges configuration information here may include that dividing of data message
Class and Permission Levels corresponding to each classification；With, the different rights rank of different application end 14 correspondences.Data message can refer to
Show the multiple situations such as the state of equipment end 13, institute's generation event, warning, different classification, and a certain classification tool can be divided into
The application end 14 having identical Permission Levels can receive the data message of this classification.As following table one gives a kind of example.
Table one
| Permission Levels | |
| Data message classification one | Rank one |
| Data message classification two | Rank two |
| Data message classification three | Rank three |
| Data message classification four | Rank three |
| Application end 14 | Rank one |
| Application end 14 | Rank two |
| Application end 14 | Rank three |
In addition to the example that table one is given, Permission Levels are also based on different equipment end 13 and divide, the most different
Application end 14 receives the data message from different equipment end 13.
Content based on privileges configuration information, as the optional embodiment of one, sends submodule 1232 and may include that
Analyzing sub-module 131, matched sub-block 132 and implementation sub-module 133.
Analyzing sub-module 131, for the Permission Levels that the classification according to data message and each classification are corresponding, resolves and receives
The classification of the data message arrived and Permission Levels.
Matched sub-block 132, the Permission Levels receiving data message for coupling and the application end 14 associated with self
Permission Levels.
Implementation sub-module 133, for the data message that will receive, is sent to the application associated with self that the match is successful
End 14.
Visible, differentiations based on this Permission Levels, can be to use the user of different application end 14 to provide different classification
The data message from equipment end 13, thus more targeted for user's synchrodata information.Further, this data are divided
Class completes in privately owned Cloud Server 12, therefore alleviates the processing load of publicly-owned Cloud Server 11.
As the optional embodiment of one, privately owned Cloud Server 12 can store self corresponding equipment end 13
The private information in same source, such as, produce the technical data of the manufacturer of these equipment end 13, department's framework etc., so can save
Save local memory space, simultaneously because one source of 12 correspondences of a privately owned Cloud Server, ensure the safety of data.
In the embodiment of the present invention citing of a kind of combination concrete application scenarios is given below.
Production firm A sells air-conditioning B1, B2 and B3, in order to utilize Internet of Things to detect the ruuning situation of these air-conditionings in time,
Thus providing reference data for research and production, production firm A buys privately owned Cloud Server C and by the mark of air-conditioning B1, B2 and B3
Know and be registered on privately owned Cloud Server C.Be responsible for safeguard privately owned Cloud Server C user be provided with in terminal application end D1 and
D2, wherein application end D1 receives the Permission Levels of data message for receiving warning message, application end D2 reception data message
Permission Levels for event information and status information can be received.Privately owned Cloud Server C is by self mark and air-conditioning B1, B2
It is sent to publicly-owned Cloud Server E with the mark of B3.
Publicly-owned Cloud Server E obtains the data message of air-conditioning B1, B2 and B3, according to the corresponding relation known, by air-conditioning
The data message of B1, B2 and B3 is sent to privately owned Cloud Server C.Privately owned Cloud Server C according to the privileges configuration information stored,
Warning message in the data message of air-conditioning B1, B2 and B3 is sent to application end D1, by the data message of air-conditioning B1, B2 and B3
In event information and status information be sent to application end D2.
If Permission Levels are alternatively arranged, such as application end D1 is responsible for receiving the data letter of air-conditioning B1
Ceasing, application end D2 is responsible for receiving the data message of air-conditioning B2, and privately owned Cloud Server C is at the number receiving air-conditioning B1, B2 and B3
After it is believed that breath, the data message of air-conditioning B1 and B2 is sent to application end D1, and the data message of air-conditioning B3 is sent to application
End D2.
If production firm A sells other equipment, then the information of other equipment can be registered in privately owned cloud clothes further
On business device C, privately owned Cloud Server C can also be by new information updating to publicly-owned Cloud Server E.
Fig. 5 is the block diagram according to a kind of server 1800 shown in an exemplary embodiment.With reference to Fig. 5, server 1800
Including processing assembly 1822, it farther includes one or more processor, and by the memorizer representated by memorizer 1832
Resource, can be by the instruction of the execution processing assembly 1822, such as application program for storage.The application of storage in memorizer 1832
Program can include one or more each corresponding to one group instruction module.Joined additionally, process assembly 1822
It is set to perform instruction, to be respectively completed privately owned Cloud Server described above or the operation of publicly-owned Cloud Server.
Device 1800 can also include a power supply module 1826 be configured to perform device 1800 power management, one
Wired or wireless network interface 1850 is configured to be connected to device 1800 network, and input and output (I/O) interface
1858.Device 1800 can operate based on the operating system being stored in memorizer 1832, such as Windows ServerTM, Mac
OS XTM, UnixTM, LinuxTM, FreeBSDTM or similar.
Above to technical scheme, being described in detail, specific case used herein is to the present invention's
Principle and embodiment are set forth, and the explanation of above example is only intended to help to understand the core concept of the present invention；With
Time, for one of ordinary skill in the art, according to the thought of the embodiment of the present invention, in specific embodiments and applications
All will change, in sum, this specification content should not be construed as the restriction to the embodiment of the present invention.
Claims (10)
1. the data handling system in Internet of Things, described Internet of Things includes equipment end and application end；
It is characterized in that, described data handling system includes: privately owned Cloud Server and publicly-owned Cloud Server；
Described publicly-owned Cloud Server, sends the data message being registered in the described equipment end of same described privately owned Cloud Server
To same described privately owned Cloud Server；Wherein, the described equipment end being registered in same described privately owned Cloud Server has same
One source；
Described privately owned Cloud Server, for being sent to the described application end associated with self by the data message received.
2. data handling system as claimed in claim 1, it is characterised in that described publicly-owned Cloud Server, including:
First acquisition module, for obtaining the data message of described equipment end；The data message of described equipment end carry described
The mark of equipment end；
First memory module, the corresponding relation of mark with described privately owned Cloud Server for storing described equipment end；
First sending module, for the mark according to described equipment end and the corresponding relation of described privately owned server, will be registered in
The data message of the described equipment end of same described privately owned Cloud Server is sent to same described privately owned Cloud Server.
3. the system as claimed in claim 1, it is characterised in that described privately owned Cloud Server, including:
Second acquisition module, for receiving the data message that described publicly-owned Cloud Server sends；
Second memory module, for storing the corresponding relation of the application end of described privately owned Cloud Server and association thereof；
Second sending module, for according to described privately owned Cloud Server and the corresponding relation of the application end of association thereof, will receive
Data message be sent to the described application end that associates with self.
4. system as claimed in claim 3, it is characterised in that described second sending module, including:
Authority configuration submodule, for storing the privileges configuration information of the described described application end associated with self；
Send submodule, for according to described privileges configuration information, be sent to the data message received to associate with self
Described application end.
5. system as claimed in claim 4, it is characterised in that described privileges configuration information, including:
The classification of data message and the Permission Levels of each described classification correspondence；With,
The Permission Levels that described application end is corresponding.
6. system as claimed in claim 5, it is characterised in that described transmission submodule, including:
Analyzing sub-module, for the Permission Levels that the classification according to described data message and each described classification are corresponding, parsing connects
The classification of the data message received and Permission Levels；
Matched sub-block, for mating the Permission Levels receiving data message and the authority of the described application end associated with self
Rank；
Implementation sub-module, for the data message that will receive, is sent to the described application end associated with self that the match is successful.
7. the system as described in any one of claim 1 to 6, it is characterised in that described privately owned server, including:
3rd memory module, for storing the private data in described same source corresponding to the described equipment end being registered in self.
8. the system as described in any one of claim 1 to 6, it is characterised in that described application end is at the described privately owned cloud of association
By checking on server.
9. the publicly-owned Cloud Server in Internet of Things, described Internet of Things includes equipment end；
It is characterized in that, described publicly-owned Cloud Server includes: processor and memorizer；
Described memorizer, is used for storing operational order；
Described processor, for performing the operational order in described memorizer, will be registered in the institute of same privately owned Cloud Server
The data message stating equipment end is sent to same privately owned Cloud Server；Wherein, the institute of same privately owned Cloud Server it is registered in
State equipment end and there is same source.
10. the privately owned Cloud Server in Internet of Things, described Internet of Things includes equipment end and application end；It is characterized in that,
The described equipment end with same source is registered with on described privately owned Cloud Server；Described privately owned Cloud Server includes: processor
And memorizer；
Described memorizer, is used for storing operational order；
Described processor, for performing the operational order in described memorizer, the number that the publicly-owned Cloud Server received is sent
The described application end that it is believed that breath to be sent to self to associate；The data message that described publicly-owned Cloud Server sends is from described tool
There is the described equipment end in same source.
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| CN107566533B (en) * | 2017-10-26 | 2020-08-04 | 南威软件股份有限公司 | Internal and external network file sharing system based on NAS (network attached storage) |
| CN108596635A (en) * | 2018-04-19 | 2018-09-28 | 李明罡 | A kind of agricultural product source tracing method and system based on cloud platform |
| CN111626338A (en) * | 2020-05-06 | 2020-09-04 | 中移雄安信息通信科技有限公司 | Cloud environment matching method, device, equipment and medium based on fusion classification model |
| CN111626338B (en) * | 2020-05-06 | 2022-11-29 | 中移雄安信息通信科技有限公司 | Cloud environment matching method, device, equipment and medium based on fusion classification model |
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Application publication date: 20170111 |